Electrics

For students, the introduction to electricity usually begins with experiments such as the simple electric circuit. Here they learn basic principles that are absolutely necessary for understanding the experiments that follow.

Electrostatics as well as magnetism enable vivid experiments. Further experiments on electromagnetism and motors and generators provide important insights into current topics such as the e-bike motor.

In electronics, capacitors, diodes and transistors are examined individually as well as in complex circuits.

per page
  1. LP3.1.A

    Electrostatics - Digital

    Electrostatics - Digital

    Details
  2. LP3.2.B

    Magnetism - Classic

    Magnetism - Classic

    Details
  3. LP3.3.A

    Basic electrical circuits - Digital

    Basic electrical circuits - Digital

    Details
  4. LP3.4.A

    Electromagnetism and Induction - Digital

    Electromagnetism and Induction - Digital

    Details
  5. LP3.1.B

    Electrostatics - Classic

    Electrostatics - Classic

    Details
  6. LP3.3.B

    Basic electrical circuits - Classic

    Basic electrical circuits - Classic

    Details
  7. LP3.4.B

    Electromagnetism and Induction - Classic

    Electromagnetism and Induction - Classic

    Details
  8. LP3.5.A

    Motors and Generators - Digital

    Motors and Generators - Digital

    Details
  9. LP3.5.B

    Motors and Generators - Classic

    Motors and Generators - Classic

    Details
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